Hell, the first mission of the game involves you bombing a power plant that is sucking the life
energy out of the planet.
Not exact matches
Even if you find a way to create medicine that lets you live forever and you build spaceships to colonize the rest
of the
planets out there, eventually, the entire universe will run
out of energy and everything will settle into darkness until the day that atoms themselves stop spinning and matter entirely breaks apart.
I guess I feel the same way about a liberal agenda that say that to get
out of debt we have to spend more, or that my tax dollars have to pay for something I think is morally wrong (Obamacare sets up a fund to pay for late term abortions) or a government that confiscates kids lunches, or tells me how much soda I can drink, or uses my tax money to choose winners and losers (mostly losers but Obma doners) in
energy production that produces no
energy yet we are sitting on more coal and oil than any other nation on the
planet.
What you are wasting is a lot
of time and
energy on being angry at others, hating anyone who isn't JUST LIKE YOU, and waiting to die so you can gather your reward in heaven... all the while you are missing
out on a wonderful life, right here, on this
planet.
If one were the type to be depressed at the thought that the sun will run
out of energy some day and our
planet become an empty chunk
of rock, then I should think one would derive cold comfort in the thought that even at that time God will prehend the present as objectified in his consequent nature!
Im getting older now and had a religious catholic upbringing in a convent so you cant take the catholic
out of the girl, but I have a brain and know that there may be something else, an
energy, aliens coming first and mating early, metiors bringing the things necessary for life from other
planets, anything.
After a lot
of time on a small
planet orbiting a minor star at the outskirts
of a nondescript spiral galaxy,
out of those billions
of billions
of planets, had the right conditions (right
energy and matter flux, etc) for biology to emerge from chemistry.
Holy Spirit, as for feminine
energy in Holy Triangle, is now moving forward to heal not only the church, yet the
PLANET all together Pope is so amazing, and all had been propesiazed, as we are in times
of much real miraculous awakening Coming forward is this very Feminine
energy, that is ready to take
out the weak, pervert links, beings that make HER, the church which was always made to be the most peaceful place to connect with Highesness
Sure, it takes a little more effort to be super-green, but if you feel guilty about tossing
out bags and bags
of garbage and driving a gas - guzzling SUV, maybe you should change your life - style to soothe that guilt rather than convince yourself that it is OK to continue to pollute and trash the
planet as long as you use
energy efficient bulbs.
The warming also indicates that a large amount
of heat is being taken up by the ocean, demonstrating that the
planet's
energy budget has been pushed
out of balance.
And if enough people send in data, NASA researchers creating models
of Earth's
energy budget — the balance between the
energy our
planet receives from the sun and sends back
out into space — could also analyze the observations.
But Alex Dessler, a space physicist at the University
of Arizona, Tucson, says the same area
of the
planet also produces unusual radio signals, flares
of ultraviolet light, and high levels
of infrared radiation and even seems to be correlated with a patch in Jupiter's magnetosphere that pumps
out high -
energy electrons.
For example, molecules in a
planet's atmosphere will absorb a certain amount
of energy from starlight and radiate the rest back
out.
With all matter and
energy beyond the Milky Way fundamentally
out of reach, we would no longer even be able to see stars and
planets in other galaxies.
The radiation might not come from radioactive materials on the
planet itself, but rather from galactic cosmic rays (GCRs)-- high -
energy particles that careen through the universe after being flung
out of a supernova.
Its proponents point
out successes in protecting individual species like the scimitar oryx (above) and the Togo slippery frog, a decline in deforestation rates in the Amazon, the gradual transformation
of our
energy system and more (see «Is positive thinking the way to save the
planet?
Receding Himalayan glaciers Almost six years ago, I was the editor
of a single - topic issue on
energy for Scientific American that included an article by Princeton University's Robert Socolow that set
out a well - reasoned plan for how to keep atmospheric carbon dioxide concentrations below a
planet - livable threshold
of 560 ppm.
During the relatively brief, combined giant phases
of the two stars at present, however, a
planet could orbit the Aab pair far enough
out for the two stars to act as a single gravitational source and near enough for it to receive enough
energy to sustain life, possibly around 12.5 AUs
out from the binary.
A $ 1.6 - billion space telescope that could reveal the nature
of dark
energy and identify Earth - like
planets should be the top priority for astronomers and astrophysicists, according to a long - awaited report that lays
out the pressing needs for the next 10 years
of space science.
Astronomers have also found
planets that orbit pairs
of stars rather than single stars, and other
planets orbiting «failed» stars called brown dwarfs that aren't mighty enough to produce light and
energy (or carry
out fusion) like normal stars do.
This is an example
of a non-renewable
energy source — eventually the
planet will run
out of coal — and in addition, burning coal sends toxins into the atmosphere.
To wit, the series revolved around Decepticons finding and stealing
energy on
planet earth, because the Transformers had depleted their own sources
of energy and were now, essentially, dying
out, thieving remnants
of a once powerful empire.
Hal figures
out how to charge the ring with
energy from a lantern the dying alien also gave him (a process not dissimilar from syncing your iPhone), and in no time he's traveling to the
planet of Oa, a sort
of Camp Pendleton for Lantern recruits, where he's given a crash course in the use
of his new powers.
If you end a match with a super, you might trigger a super cool cutscene where the camera pulls back to show the
energy blast in all its glory (I'm not sure how there's any
planet left for these people to fight on, given how
out of control these
energy blasts get).
Director: Julius Onah Cast: Gugu Mbatha - Raw, Daniel Bruhl, David Oweloyo, Elizabeth Debicki, Chris O'Dowd, Zhang Ziyi, Roger Davies, John Ortiz, Aksel Hennie Plot: As Earth runs
out of power sources, sparking poverty and war, a team
of scientists attempt a risky procedure to give their
planet infinite
energy.
The Earth is facing an
energy crisis and presumably having run
out of wind and the sun, we have decided that the only way left to save the
planet is through a particle accelerator in space, dubbed «The Shepard.»
-- Clarifying what this small group
of countries can do to help forge a new global climate agreement in Copenhagen in December, — Working
out specific partnerships to propel advances toward «transformational technologies» that could supply abundant
energy to a growing human population without overheating the
planet.
The
planets» distance from the sun and the brightness
of its surface dictates how much
energy it receives from the sun, as the light gets dimmer when it spreads
out in space, as described by Gauss» theorem.
Thus, for a well - coupled convecting troposphere, one defines the climate sensitivity (in the absence
of feedback) as 1 / [d (SB) / dT] = 1 / (4 * sigma * T ^ 3), where T in this case is actually the emission temperature
of the
planet where infrared radiation leaks
out to space (analogous to the photosphere
of the sun, where eventually the outer layers
of the sun become optically thin to visible radiation, and allow that
energy to escape to space), not the surface temperature.
Football in One
of the
Planet's Hottest Places As the Middle East environmental blog Green Prophet points out, creating an environment that allows people to watch and play sports in one of the hottest places on the planet will require a lot of e
Planet's Hottest Places As the Middle East environmental blog Green Prophet points
out, creating an environment that allows people to watch and play sports in one
of the hottest places on the
planet will require a lot of e
planet will require a lot
of energy.
With record temperatures the past seven months; with 2016 almost certainly going to be the hottest year globally on record (beating
out 2015 and 2014); with the Great Barrier Reef sustaining massive (perhaps irreversible) damage due to global warming induced coral bleaching; and with Donald Trump bloviating about droughts and picking a global warming denier as his
energy advisor, the sooner the deniers like Smith are
out of power, the better our
planet — the better all
of us, every human on Earth — will be.
Recognizing that at some point in the future, the
planet's ancient
energy trust fund will be pretty well tapped
out or located in places that are impossibly costly — financially, environmentally, politicly — to reach, Secretary
of the Navy Ray Mabus has been coaxing his branch
of the U.S. military into experimenting with biofuel alternatives to the free stuff Mother Nature took millions
of years to blend at no cost to us.
At the shareholders meeting, Tillerson pointed
out that fossil
energy raises the standard
of living for people and asked, «What good is it to save the
planet if humanity suffers in the process?»
The goal laid
out in Adaptation for a High -
Energy Planet is simple and can be supported regardless of views about global climate risk: reduce the number of deaths caused as a result of extreme weather and disasters every year, while still accelerating modernization and low - carbon growth on an increasingly high - energy p
Energy Planet is simple and can be supported regardless of views about global climate risk: reduce the number of deaths caused as a result of extreme weather and disasters every year, while still accelerating modernization and low - carbon growth on an increasingly high - energy p
Planet is simple and can be supported regardless
of views about global climate risk: reduce the number
of deaths caused as a result
of extreme weather and disasters every year, while still accelerating modernization and low - carbon growth on an increasingly high -
energy p
energy planetplanet.
A slower growth rate
of the net climate forcing may have contributed to the standstill
of global temperature in the past decade, but it can not explain the standstill, because it is known that the
planet has been
out of energy balance, more
energy coming in from the sun than
energy being radiated to space.10 The planetary
energy imbalance is due largely to the increase
of climate forcings in prior decades and the great thermal inertia
of the ocean.
350 uses online campaigns, grassroots organizing, and mass public actions to oppose new coal, oil and gas projects, take money
out of the companies that are heating up the
planet, and build 100 % clean
energy solutions that work for all.
The AGW claims are as stupid in real physics as are the CAGW, both are using the same basic fictional fisics created for the imaginary fantasy called The Greenhouse Effect set in an imaginary universe with its own fictional
planets created
out of fictional properties and process
of fictional matter and
energy.
So, without any external heat source and none from the
planet all that's in play here is the heat this chilled
out band
of brothers gains on the way down, heavier and sinking gaining kinetic
energy and therefore temperature the denser they get until finally at the surface becoming too hot they expand and rise slipping
out of their restricting gravity and rude neighbours bumping into them they get themselves some space and cool off, then coming back off their high when they realise just how cold and lonely they are, getting nostalgic again for their noisy neighbours who won't stick to their side
of the road, forgetting, we do forget just how horrible horrible past experiences were, that they'll just get all hot and bothered again.
InterfaceFLOR Commits to the Challenge Concrete PCRs Set for Release Looking Back on a Great First Year Everything You Ever Wanted to Know... Last Valentine's Day, Architecture 2030 sent
out a Valentine to the
Planet, unveiling a new challenge focused on lowering the embodied
energy and greenhouse gases
of building products.
Last Valentine's Day, Architecture 2030 sent
out a Valentine to the
Planet, unveiling a new challenge focused on lowering the embodied
energy and greenhouse gases
of building products.
The biggest issue, Cohen and Jacobson agree, is motivating governments to take on the enormous challenge
of phasing
out cheap and abundant fossil fuels — and building a cleaner
energy supply for the
planet.
After billions
of research dollars spent and over a decade
of trying, the
energy budget
of planet as measured by CERES and other low - Earth orbit satellite systems is
out of whack by about 6 watts per square meter.
The fundamental hypothesis is that at some time in the past and over some unspecified time - averaging period that on a whole -
planet basis radiative
energy transport attained a state
of equilibrium;
out - going
energy = in - coming
energy.
In the course
of that process heat
energy is released around the
planet and radiated
out with the rest
of the electromagnetic
energy received from the sun.
Instead, a planetary atmosphere is extends
out to the point where the inherent
energy of the gas molecules is more than the escape velocity
of the
planet's gravity well, or until the solar wind strips the atoms away from the
planet's gravity.
Ocean heat content changes are potentially a great way to evaluate climate model results that suggest that the
planet is currently significantly
out of equilibrium (i.e. it is absorbing more
energy than it is emitting).
You seem to think that a measure
of radiation from a
planet's surface somehow indicates the
energy being transferred by such radiation
out of the surface.
Odd how so many here go on about
energy and CO2 when in fact our problem, as Tom «Do the Math» really points
out, is the unsustainable nature
of human impact on the
planets resources....
A model that predicts equal chance
of temp / body weight going up or down in the face
of an increasing
energy imbalance (i.e. more energy going in (the planet / my body) than going out), however hard to reject because it allows for a very broad array of possibilities, has an unphysical tendency to it: Energy conservation tells us that the temp / body weight should inc
energy imbalance (i.e. more
energy going in (the planet / my body) than going out), however hard to reject because it allows for a very broad array of possibilities, has an unphysical tendency to it: Energy conservation tells us that the temp / body weight should inc
energy going in (the
planet / my body) than going
out), however hard to reject because it allows for a very broad array
of possibilities, has an unphysical tendency to it:
Energy conservation tells us that the temp / body weight should inc
Energy conservation tells us that the temp / body weight should increase.